Senior Software Engineer – C++/ Python – TCP/IP – Network Security

We’re currently hiring a Senior Engineer – Network Security with strong hands on experience working with C++ / Python. You will work in the Network Security Field to build Enterprise software Products.

As a Senior Engineer – Network Security You Will:

• Design and develop features for large-scale, complex Security & Control Engine (SCE) and sensor systems.
• Build, maintain, and troubleshoot a high-performance cluster server infrastructure that powers our AI-based security analytics product.
• Design integrations with various business enterprise solutions used in customer deployments.
• Collaborate with QA, customer success, and product management teams.
• Explore and implement modern technology stacks utilizing containerization (e.g., Docker, Lxc/Lxd).
• Provide ongoing operational support to customers.
• Perform network packet capture, analysis, and deep packet inspection.

Technical Skills:

• Bachelor’s degree in Computer Science (or similar) field.
• 3-8 Years of industry experience focused on security.
• Hands-on experience with C/C++ and Java programming languages.
• Expertise in multi-threaded programming.
• Strong understanding of network protocols (TCP/IP, etc.).
• Familiarity with cloud tools and machine learning platforms.
• Advanced network troubleshooting skills using SPANs, NetFlow, REST APIs, etc.
• Proficiency with Linux operating systems.
• Experience with network deployment, VM configuration, debug gathering, and packet analysis alongside engineers.
• Excellent written and verbal communication skills.

Preferred Skills:

• Python programming proficiency.
• Experience with network scanning tools (e.g., Nmap).
• Understanding of operational details and proprietary protocols used in healthcare and industrial devices (a plus).
• Strong data science and statistical analysis skills.
• Ability to confidently assess, analyze, and organize large datasets.
• Experience with machine learning model testing, optimization, and identifying potential performance issues in real-world scenarios.